JFW 2000 Catalog

Specialists in Attenuation and RF Switching2000 Catalog

JFW Catalog for pdf 2/15/01 10:55 AM Page 1

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The JFW Profile…

“JFW is committed to anticipating and exceeding customer’s requirements and expectations through cost-competitive,quality products and services that are delivered on time.”

Now entering our 4th decade, JFW Industries is a leading designer and manufacturer of innovative RF solutions thatinclude Attenuators, Terminations, Switches, Power Dividers, Matrix Switches, and specialized Test Systems. Located inIndianapolis, Indiana, JFW has over 140 team members working in an ISO 9001 certified environment to exceed the Qualityand Service expectations of every single customer.

Our dedicated Engineering team, with over 70 years of combined experience in the RF and Microwave industry, workstogether with our unsurpassed Customer Service department to provide application specific solutions at a price you canafford. The ability to respond to the specific needs of the customer has JFW devices being used in applications fromBroadcast and Cable TV to Cellular/PCS signal verification and site installations.

New Innovations…In response to a rapidly changing market, JFW is constantly introducing new products that include:

• Broadband Solid State Programmable Attenuators (800-3000 MHz)

• Complete Line of Low Cost Programmable Attenuators (DC-2500 MHz)

• Broadband Solid State Switches (20-4300 MHz)

• High Isolation, Narrow Band Power Dividers (40 dB minimum)

• Low Cost Fixed Attenuators (DC-3000 MHz)

• Complete Line of Fixed Attenuators and Terminations with 7/16 connectors

• New Miniature Rotary Attenuators (DC-2500 MHz)

• Surface Mount Voltage Variable Attenuator

• Multifunction Programmable Test Systems and Matrix Switches

• Improved Local Control Options on Test Systems via a Keypad/Display/Microcontroller

As part of an effort to stay ahead of engineering and buying trends, JFW has also redesigned our Home Page on theWorld Wide Web. Now easier to use, it features New Product Information, down-loadable specifications and outline drawingsfrom all of JFW’s published literature, as well as a direct Email link to our Customer Service department.

For more information on JFW and our products, please contact us or visit our web site at www.jfwindustries.com.


http://www.jfwindustries.com

QUALITY POLICY

“JFW is committed to anticipating andexceeding customer’s requirements

and expectations through cost-competitivequality products and services that

are delivered on time.”

JFW INDUSTRIES WARRANTY

JFW PRODUCTS ARE WARRANTED AGAINST DEFECTSIN WORKMANSHIP AND MATERIAL UNDER NORMAL USEAND SERVICE AS FOLLOWS: (2) TWO YEARS FROM DATEOF SHIPMENT FOR ALL FIXED AND SOLID-STATE PRODUCTS.(1) ONE YEAR FROM DATE OF SHIPMENT FOR ALL MECHANICALAND ELECTROMECHANICAL PRODUCTS. JFW INDUSTRIES’ONLY OBLIGATION UNDER THIS WARRANTY IS TO REPAIR ORREPLACE, AT ITS FACTORY, ANY JFW PRODUCT OR PARTTHEREOF THAT IS RETURNED TO JFW INDUSTRIES BY THEORIGINAL PURCHASER WITHIN THE WARRANTY PERIOD.

THE WARRANTY STATED ABOVE IS YOUR SOLE ANDEXCLUSIVE WARRANTY AND IS IN LIEU OF ALL OTHERWARRANTIES, EXPRESSED OR IMPLIED, INCLUDING, BUTNOT LIMITED TO, ANY IMPLIED WARRANTY OR FITNESSFOR ANY PARTICULAR PURPOSE. JFW INDUSTRIES SHALLNOT BE LIABLE FOR ANY DIRECT OR CONSEQUENTIALINJURY, LOSS OR DAMAGE INCURRED THROUGH THEUSE, OR INABILITY TO USE, ANY JFW INDUSTRIES PRODUCT.

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Factory Location

5134 Commerce Square DriveIndianapolis, Indiana 46237

1-877-887-4JFW317-887-1340 / Fax: 317-881-6790

Internet: http://www.jfwindustries.comEmail: [email protected]

Standard Terms and Conditions

JFW Industries, Inc. has standard terms of Net 30 days with approved credit. Alternate methodsof payment include MASTERCARD and VISA. COD or ADVANCE PAYMENT.

International Payment Terms are ADVANCE PAYMENT,IRREVOCABLE LETTER OF CREDIT* or MASTERCARD and VISA.

Any other payment terms must be negotiated in advance.

*Letter of credit orders are subject to a processing fee.

FOB POINT is INDIANAPOLIS, INDIANA USA unless agreed to otherwise at time of orderplacement. ALL SHIPPING CHARGES will be PREPAID and ADDED TO THE

INVOICE or SHIPPED COLLECT VIA YOUR DESIGNATED FREIGHT CARRIER.



mailto:[email protected]

Fixed Attenuators

Low Power

Medium Power

High Power

Terminations

Low Power

Medium Power

High Power


Fixed Attenuators F Series

This catalog represents only 20% of our products. For YOUR application, please contact JFW at 1-877-887-4JFW

Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50F-XXX DC-2200 MHz 1 thru 20 dB in any +/- .5 dB DC-1000 MHz 1.2:1 DC-1000 MHz BNC, TNC, SMA

1 dB increment +/- .8 dB 1000-2000 MHz 1.4:1 1000-2000 MHz or N50F-XXX DC-1000 MHz 21 thru 30 dB in any +/- .5 dB DC-1000 MHz 1.2:1 BNC, TNC, SMA

1 dB increment or N

Common SpecificationsImpedance Input Power Average Peak Power Operating Temperature50 Ohms 1 Watt average 1000 Watts peak -55O C to +125O C

* (XXX) insert attenuation value

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75 Ohm Fixed Attenuators F Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors75F-XXX DC-500 MHz 1 thru 30 dB in any +/- .2 dB DC-100 MHz 1.3:1 BNC

1 dB increment +/- .4 dB 100-500 MHz

Impedance Input Power Average Peak Power Operating Temperature75 Ohms 1 Watt average 1000 Watts peak -55O C to +125O C

75F-XXX DC-1000 MHz 1 thru 20 dB in any +/- .3 dB DC-500 MHz 1.2:1 @ 500 MHz N1 dB increment +/- .5 dB 500-1000 MHz 1.3:1 @ 1000 MHz

75F-XXX DC-1000 MHz 1 thru 20 dB in any +/- .1 dB DC-30 MHz 1.15:1 @ 500 MHz TNC1 dB increment +/- .3 dB 30-500 MHz 1.3:1 @ 1000 MHz

+/- .5 dB 500-1000 MHz75F-XXX DC-1450 MHz 1 thru 20 dB in any +/- .3 dB DC-500 MHz 1.2:1 @ 500 MHz F

1 dB increment +/- .5 dB 500-1000 MHz 1.3:1 @ 1000 MHz+/- .5 dB or 5% 1.4:1 @ 1450 MHz1000-1450 MHz


Common Specifications

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50FP-XXX-H2 DC-2000 MHz 1 thru 65 dB in any +/- .3 dB or 2% DC-500 MHz 1.1:1 DC-500 MHz BNC, N, SMA1 dB increment +/- .8 dB 500-1000 MHz 1.3:1 500-2000 MHz 7/16, or TNC

+/- 1 dB 1000-2000 MHz

Fixed Attenuators FP Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors

50FP-XXX-H4 DC-4000 MHz 1,2,3,6,10,20 and 30 dB* +/- .3 dB or 2% DC-2000 MHz 1.15:1 DC-2000 MHz BNC, N, TNC,values above 21 dB +/- .4 dB 2000-4000 MHz 1.25:1 2000-4000 MHz SMAspecified to 2000 MHz

50FP-XXX-H6 DC-6000 MHz 1,2,3,6,10,20 and 30 dB* +/- .3 dB or 2% DC-3000 MHz 1.15:1 DC-3000 MHz Nvalues above 21 dB +/- .4 dB 3000-4000 MHz 1.3:1 3000-4000 MHzspecified to 3000 MHz +/- .5 dB 4000-6000 MHz 1.35:1 4000-6000 MHz


Common SpecificationsImpedance Input Power Average Peak Power Operating Temperature50 Ohms 2 Watts average @ +25O C derate to 1 Watt @ +85O C 1000 Watts peak -55O C to +125O C

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50FP-XXX-H2 N / 50FP-XXX-H4 N / 50FP-XXX-H6 N(1-30 dB)

50FP-XXX-H2 N(31-65 dB)

50FP-XXX-H2 SMA / 50FP-XXX-H4 SMA(1-30 dB)

50FP-XXX-H2 SMA(31-65 dB)

50FP-XXX-H2 TNC / 50FP-XXX-H4 TNC(1-30 dB)

50FP-XXX-H2 TNC(31-65 dB)

50FP-XXX-H2 BNC / 50FP-XXX-H4 BNC(1-30 dB)

50FP-XXX-H2 BNC(31-65 dB)


75 Ohm Fixed Attenuators FP Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors75FP-XXX-2G DC-2000 MHz 1 thru 20 dB in any +/- .3 dB DC-1000 MHz 1.2:1 DC-500 MHz BNC or N

1 dB increment +/- .5 dB or 3% whichever is 1.3:1 500-1000 MHzgreater 1000-2000 MHz 1.4:1 1000-2000 MHz

Model Impedance Input Power Average Peak Power Operating Temperature75FP-XXX-2G 75 Ohms 1 Watt @ +25O C 1000 Watts -55O C to +125O C

75FP-XXX-3G DC-3000 MHz 3 thru 20 dB in any +/- .3 dB DC-1300 MHz 1.12:1 DC-1300 MHz N1 dB increment +/- .5 dB 1300-3000 MHz 1.3:1 1300-3000 MHz

75FP-XXX-3G 75 Ohms .5 Watt @ +25O C 100 Watts -55O C to +125O C

75FP-XXX-3G

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5 Watt Fixed Attenuators FHB Series



Impedance Input Power Average Peak Power Operating Temperature50 Ohms 5 Watts derate to 2 Watts @ +85O C 1000 Watts peak -55O C to +100O C

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50FHB-XXX-5 DC-4000 MHz 1 thru 30 dB in any +/- .25 dB or 2% 1.2:1 DC-2000 MHz BNC, N,TNC,1 dB increment DC-500 MHz 1.4:1 2000-4000 MHz SMA or 7/16

+/- .5 dB or 2%500-2000 MHz+/- .5 dB or 3%2000-4000 MHz

50FHB-XXX-5 DC-4000 MHz 31 thru 60 dB in any +/- 3% DC-2000 MHz 1.2:1 DC-2000 MHz BNC, N,TNC,1 dB increment +/- 4% 2000-4000 MHz 1.5:1 2000-4000 MHz SMA or 7/16



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5 Watt Fixed Attenuators FPE Series


Impedance Input Power Average Peak Power50 Ohms 5 Watts average at 25º C 1000 Watts

Derate to 1 Watt @ +85º C


50FPE-XXX DC-6000 MHz 1 thru 20 dB in any +/- .3 dB DC-3000 MHz 1.1:1 max. DC-1000 MHz N, BNC, TNC,1 dB increment +/- .4 dB 3000-4000 MHz 1.2:1 max. 1000-3000 MHz SMA

+/- .5 dB 4000-6000 MHz 1.3:1 max. 3000-5000 MHz1.35:1 max. 5000-6000 MHz

LOW

COST!


10 Watt Fixed Attenuators FHB Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHB-XXX-10 DC-4000 MHz 1 thru 30 dB in any +/- .25 dB or 2% 1.2:1 DC-2000 MHz BNC, N,TNC,

1 dB increment DC-500 MHz 1.4:1 2000-4000 MHz SMA or 7/16+/- .5 dB or 2%500-2000 MHz+/- .5 dB or 3%2000-4000 MHz

Common SpecificationsImpedance Input Power Average Peak Power Operating Temperature50 Ohms 10 Watts derate to 2 Watts @ +85O C 1000 Watts peak -55O C to +100O C

50FHB-XXX-10 DC-4000 MHz 31 thru 60 dB in any +/- 3% DC-2000 MHz 1.2:1 DC-2000 MHz BNC, N,TNC,1 dB increment +/- 4% 2000-4000 MHz 1.5:1 2000-4000 MHz SMA or 7/16

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15 Watt Fixed Attenuators FHC Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHC-XXX-15 DC-4000 MHz 1 thru 30 dB in any +/- .25 dB 1-20 dB 1.15:1 DC-1000 MHz BNC, N,TNC

1 dB increment +/- .5 dB 21-30 dB 1.25:1 1000-4000 MHz or SMADC-1000 MHz+/- .5 dB 1-20 dB+/- .75 dB 21-30 dB1000-4000 MHz

Common SpecificationsImpedance Input Power Average Peak Power Operating Temperature50 Ohms 15 Watts average 1000 Watts peak -55O C to +100O C

50FHC-XXX-15 DC-2000 MHz 31 thru 50 dB in any +/- 2% DC-2000 MHz 1.10:1 DC-1000 MHz BNC, N,TNC1 dB increment 1.15:1 1000-2000 MHz or SMA

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Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHC-XX-20 DC-4000 MHz 1 thru 30 dB +/- .25 dB 1-20 dB 1.15:1 DC-1000 MHz BNC, N, TNC

in any 1 dB increment +/- .5 dB 21-30 dB 1.25:1 1000-4000 MHz or SMADC-1000 MHz+/-.5 dB 1-20 dB+/- .75 dB 21-30 dB1000-4000 MHz

Common SpecificationsImpedance Input Power Average Peak Power Operating Temperature50 Ohms 20 Watts average 1000 Watts peak 55O C to +100O C





Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHC-XXX-40 DC-4000 MHz 1 thru 20 dB in any +/- .3 dB or 2% (whichever is 1.15:1 DC-1000 MHz N or SMA

1 dB increment greater) DC-2000 MHz 1.25:1 1000-3000 MHz+/- .5 dB or 3% (whichever is 1.3:1 3000-4000 MHzgreater) 2000-4000 MHz


50FHC-XXX-40 DC-3000 MHz 21 thru 50 dB in any +/- 2% DC-2000 MHz 1.15:1 DC-1000 MHz N or SMA1 dB increment +/- 3% 2000-3000 MHz 1.25:1 1000-3000 MHz

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Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHC-XX-50 N DC-4000 MHz (1-20 dB) 1-30 dB (any 1 dB increment) DC-2000 MHz +/- .3 dB or 2% DC-1000 MHz 1.15:1 max. N male, N female

DC-3000 MHz (21-30 dB) 2000-4000 MHz +/- .5 dB or 3% 1000-4000 MHz 1.25:1 max.





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5 Watt Fixed Attenuators FH Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FH-XXX-5 DC-2000 MHz 1 thru 20 dB in any +/- .2 dB DC-500 MHz 1.1:1 DC-500 MHz BNC, N, TNC,

1 dB increment +/- .5 dB 500-1000 MHz 1.2:1 500-1000 MHz 7/16 or SMA+/- .8 dB 1000-2000 MHz 1.5:1 1000-2000 MHz


50FH-XXX-5 DC-1000 MHz 21 thru 60 dB in any +/- .5 dB or 2% DC-500 MHz 1.2:1 BNC, N, TNC,1 dB increment +/- 4% 500-1000 MHz 7/16 or SMA






1 dB increment +/- .5 dB 500-1000 MHz 1.2:1 500-1000 MHz 7/16 or SMA+/- .8 dB 1000-2000 MHz 1.5:1 1000-2000 MHz


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Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FH-XXX-30 DC-2000 MHz 3 thru 20 dB in any +/- .5 dB DC-1000 MHz 1.3:1 DC-1000 MHz BNC,N, TNC,

1 dB increment +/- .75 dB 1000-2000 MHz 1.4:1 1000-2000 MHz 7/16 or SMA


50FH-XXX-30 DC-1000 MHz 21 thru 60 dB in any +/- 2% DC-500 MHz 1.3:1 BNC,N, TNC,1 dB increment +/- 3% 500-1000 MHz 7/16 or SMA

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1 dB increment +/- .75 dB 1000-2000 MHz 1.4:1 1000-2000 MHz 7/16 or SMA


50FH-XXX-50 DC-1000 MHz 21 thru 60 dB in any +/- .5 dB or 3% (whichever 1.4:1 BNC, N, TNC,1 dB increment is greater) 7/16 or SMA

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Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FH-XXX-100 DC-1000 MHz 1 thru 30 dB in any +/- .3 dB or 2% DC-500 MHz 1.1:1 DC-100 MHz BNC, N, TNC

1 dB increment +/- .5 dB or 3% 500-1000 MHz 1.2:1 100-500 MHz or 7/161.4:1 500-1000 MHz

Common SpecificationsImpedance Input Power Average Peak Power Operating Temperature50 Ohms 100 Watts @ 25O C derate to 50 Watts @ 85O C 1000 Watts peak -55O C to +100O C

50FH-XXX-100-2 DC-2000 MHz 3 thru 40 dB in any +/- .5 dB or 3% of attenuation 1.4:1 BNC, N, TNC1 dB increment value or 7/16

50FH-XXX-100-3 DC-3000 MHz 10,20,30 and 40 dB +/- .5 dB or 2% to 1000 MHz 1.4:1 N or 7/16+/- .5 dB or 5% to 3000 MHz

50



100 Watt Fixed Attenuators FHAO Series


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Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHAO-XXX-100 DC-3000 MHz 10, 20, 30, or 40 dB +/- .3 dB DC-2000 MHz 1.2:1 DC-2000 MHz N or 7/16

+/- .5 dB 2000-3000 MHz 1.3:1 2000-3000 MHz

Common SpecificationsImpedance Input Power Average Peak Power Operating Temperature50 Ohm 100 Watts average 1000 Watts peak -55º C to +100º C



200 Watt Fixed Attenuators FHE Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHE-XXX-200 DC-1000 MHz 3 thru 60 dB in any +/- .5 dB or 2% 1.3:1 BNC, N, TNC

1 dB increment (whichever is greater) or 7/16


52





Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FH-XXX-300 DC-1000 MHz 1,2,3,6,10,20 and 30 dB +/- .5 dB or 2% 1.3:1 BNC, N, TNC

or 7/16


50FH-XXX-300 DC-1000 MHz 31 thru 50 dB in any +/- .2 dB or 1% DC-250 MHz 1.1:1 DC-250 MHz BNC, N, TNC1 dB increment +/- .3 dB or 2% 250-500 MHz 1.15:1 250-500 MHz or 7/16

+/- .5 dB or 3% 500-1000 MHz 1.25:1 500-1000 MHz

50FH-XXX-300-2 DC-2000 MHz 3 thru 40 dB in any +/- .5 dB or 3% 1.4:1 N, TNC or 7/161 dB increment

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500 and 600 Watt Fixed Attenuators FH Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FH-XXX-500 DC-500 MHz 1 thru 30 dB in any +/- .3 dB or 1% DC-250 MHz 1.1:1 DC-250 MHz N, HN or 7/16

1 dB increment +/- .5 dB or 2% 250-500 MHz 1.15:1 250-500 MHz50FH-XXX-600 DC-500 MHz 1 thru 30 dB in any +/- .3 dB or 1% DC-250 MHz 1.15:1 DC-250 MHz N, HN or 7/16

1 dB increment +/- .5 dB or 2% 250-500 MHz 1.25:1 250-500 MHz

Model Impedance Input Power Average Peak Power Operating Temperature50FH-XXX-500 50 Ohms 500 Watts @ 25O C derate to 250 Watts @ 100O C 2000 Watts -55O C to +100O C50FH-XXX-600 50 Ohms 600 Watts @ 25O C derate to 250 Watts @ 100O C 2000 Watts -55O C to +100O C

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1-3 dB

4-30 dB



500 Watt Fixed Attenuators FHAM Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHAM-XX-500 DC - 2500 MHz 3, 6, 10, 20, or 30 dB 3dB DC-1000 MHz 1.10:1 max. N, TNC or 7/16

+/- .3 dB DC-1000 MHz 1000-2500 MHz 1.25:1 max.+/- .5 dB 1000-2500 MHz6dB+/- .4 dB 1000 MHz+/- .6 dB 1000-2500 MHz10dB+/- .4 dB 1000 MHz+/- .8 dB 1000-2500 MHz20dB+/- .5 dB 1000 MHz+/- 1.0 dB 1000-2500 MHz30dB+/- .8 dB 1000 MHz+/- 1.3 dB 1000-2500 MHz

ON

LY

ON

LYIN

PU

T

OU

TP

UT

Model Impedance Input Power Average Operating Position Operating Temperature50FHAM-XXX-500 50 Ohms 500 Watts @ 25O C any position except -25º - +125º C

derate to 50 Watts @ 125O C mounting plate up

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Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum RF Connectors50FHAM-XX-1000 DC - 2400 MHz 3, 6, 10, 20, or 30 dB 3dB DC-1000 MHz 1.10:1 max. N, TNC or 7/16

+/- .5 dB DC-1000 MHz 1000-2400 MHz 1.25:1 max.+/- 1.1 dB 1000-2400 MHz6dB+/- .5 dB 1000 MHz+/- 1.1 dB 1000-2400 MHz10dB+/- .5 dB 1000 MHz+/- 1.2 dB 1000-2400 MHz20dB+/- .6 dB 1000 MHz+/- 1.3 dB 1000-2400 MHz30dB+/- .8 dB 1000 MHz+/- 1.5 dB 1000-2400 MHz

ONLYINPUT

ONLYOUTPUT

Model Impedance Input Power Average Operating Position Operating Temperature50FHAM-XX-1000 50 Ohms 1000 Watts @ 25O C any position except 0º C - +125º C


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1500 Watt Fixed Attenuators FHAM Series


Model Frequency Range Attenuation Values * Attenuation Accuracy VSWR Maximum Cooling Fan Voltage RF ConnectorsSupply Options**

50FHAM-XX-X-1500 DC - 2400 MHz 3, 6, 10, 20, or 30 dB 3dB DC-1000 MHz 12 Vdc - A N, TNC or 7/16+/- .5 dB DC-1000 MHz 1.10:1 max. 24 Vdc - B+/- 1.1 dB 1000-2400 MHz 1000-2400 MHz 110 VAC - C6dB 1.25:1 max. 220 VAC - D+/- .5 dB 1000 MHz+/- 1.1 dB 1000-2400 MHz10dB+/- .5 dB 1000 MHz+/- 1.2 dB 1000-2400 MHz20dB+/- .6 dB 1000 MHz+/- 1.3 dB 1000-2400 MHz30dB+/- .8 dB 1000 MHz+/- 1.5 dB 1000-2400 MHz

INP

UT

ON

LY

Model Impedance Input Power Average Operating Position Operating Temperature50FHAM-XX-X-1500 50 Ohms 1500 Watts @ 25O C any position except 0º C - +125º C


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* (XXX) insert attenuation value. ** (X) Example Model: 50FHAM-03-A-1500N is a 3 dB, N male to N female,

1500 Watt attenuator with cooling fans that run off of a 12 Vdc voltage supply.



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High Frequency Fixed Attenuators


Model Impedance Input Power Average Peak Power Operating Temperature

50HF-XXX-SMA DC-18 GHz 1 thru 30 dB in any +/- .3 dB 1-6 dB 1.2:1 DC-4 GHz SMA1 dB increment +/- .5 dB 7-20 dB 1.25:1 4-8 GHz

+/- .75 dB 21-30 dB 1.3:1 8-12 GHz1.4:1 12-18 GHz

50HF-XXX-N DC-18 GHz 1 thru 30 dB in any +/- .3 dB 1-6 dB 1.2:1 DC-4 GHz N1 dB increment +/- .5 dB 7-20 dB 1.25:1 4-8 GHz

+/- .75 dB 21-30 dB 1.3:1 8-12 GHz1.4:1 12-18 GHz

50HF-XXX-SMA 50 Ohms 2 Watts @ +25O C derate to .5 Watt @ 125O C 250 Watts -65O C to +125O C50HF-XXX-N 50 Ohms 2 Watts @ +25O C derate to .5 Watt @ 125O C 250 Watts -65O C to +125O C


50HF-XXX-N

50HF-XXX-SMA



Fixed Attenuator Kits

Model Frequency Range Impedance Attenuators and Accessories RF Connectors Calibration FrequenciesDC-18 GHz Models Only

50KFA-005 DC-2000 MHz 50 Ohms one each: 1,2,3,6,10 and 20 dB BNC male/femaleFixed Attenuatorsone each: 50 Ohm and 75 OhmFeedthru Terminationsone each: Impedance Matching Padone each: N male to BNC female adapterone each: N female to BNC male adapter

50KFA-006 DC-2000 MHz 50 Ohms one each: 1,2,3,6,10 and 20 dB SMA male/femaleFixed Attenuatorsone each: BNC female to SMA male adapterone each: BNC male to SMA female adapterone each: N female to SMA male adapter

50KFA-008 DC-18 GHz 50 Ohms one each: 50HF-003 N N male/female DC, 4 GHz, 8 GHz, 12.4 GHzone each: 50HF-006 N and 18 GHzone each: 50HF-010 None each: 50HF-020 N

50KFA-014 DC-18 GHz 50 Ohms one each: 50HF-003 SMA SMA male/female DC, 4 GHz, 8 GHz, 12.4 GHzone each: 50HF-006 SMA and 18 GHzone each: 50HF-010 SMAone each: 50HF-020 SMA

59

JFW designs Attenuator Kits for a wide range of applications.Kits can include: 75 Ohm Attenuators, Terminations, DCBlocks, Adapters and Mismatches. Please contact us for acost effective solution for your requirement.


Terminations 50T Series


Model Impedance Frequency VSWR Maximum Input Power Peak Power Operating RF ConnectorsRange Temperature

50T-001 50 Ohms DC-2000 MHz 1.1:1 1 Watt @ 25O C 1000 Watts -20O C to +100O C BNC male(1 microsecond)

50T-002 50 Ohms DC-2000 MHz 1.1:1 1 Watt @ 25O C 1000 Watts -20O C to +100O C BNC female(1 microsecond)

50T-013 50 Ohms DC-2000 MHz 1.1:1 1 Watt @ 25O C 1000 Watts -20O C to +100O C SMA male(1 microsecond)

50T-014 50 Ohms DC-2000 MHz 1.1:1 1 Watt @ 25O C 1000 Watts -20O C to +100O C SMA female(1 microsecond)

60





50T-007 50 Ohms DC-8000 MHz 1.1:1 DC-4000 MHz 1 Watt @ 25O C 1000 Watts -20O C to +100O C N male1.25:1 4000-8000 MHz (1 microsecond)

50T-008 50 Ohms DC-8000 MHz 1.1:1 DC-4000 MHz 1 Watt @ 25O C 1000 Watts -20O C to +100O C N female1.25:1 4000-8000 MHz (1 microsecond)

50T-009 50 Ohms DC-8000 MHz 1.1:1 DC-4000 MHz 1 Watt @ 25O C 1000 Watts -20O C to +100O C SMA male1.25:1 4000-8000 MHz (1 microsecond)

50T-010 50 Ohms DC-8000 MHz 1.1:1 DC-4000 MHz 1 Watt @ 25O C 1000 Watts -20O C to +100O C SMA female1.25:1 4000-8000 MHz (1 microsecond)

61





50T-142 50 Ohms DC-8000 MHz 1.1:1 DC-1000 MHz 2 Watts @ 25O C 100 Watts -20O C to +100O C N male with1.2:1 1000-4000 MHz (1 microsecond) Beadchain1.35:1 4000-8000 MHz

50T-143 50 Ohms DC-8000 MHz 1.1:1 DC-1000 MHz 2 Watts @ 25O C 100 Watts -20O C to +100O C TNC male with1.2:1 1000-4000 MHz (1 microsecond) Beadchain1.35:1 4000-8000 MHz

62





50T-026 50 Ohms DC-18 GHz 1.05:1 DC-4 GHz 1 Watt @ 25O C 1000 Watts -65O C to +125O C SMA male1.10:1 4-12.4 GHz (5 microsecond)1.2:1 12.4-18 GHz

50T-129 50 Ohms DC-18 GHz 1.05:1 DC-4 GHz 1 Watt @ 25O C 1000 Watts -65O C to +125O C SMA female1.10:1 4-12.4 GHz (5 microseconds)1.2:1 12.4-18 GHz

50T-199 50 Ohms DC-18 GHz 1.15:1 DC-8 GHz 2 Watts average 2500 WATTS -65O C to +125O C N male1.20:1 8-12.4 GHz @ 25O C derated (5 microseconds)1.25:1 12.4-18 GHz linearly to 1 Watt

@ 125O C

50T-026 50T-129

50T-199

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5 Watt Terminations 50T Series



50T-052 50 Ohms DC-2000 MHz 1.1:1 DC-1000 MHz 5 Watts @ 25O C 2000 Watts -40O C to +85O C N male or 7/161.15:1 1000-2000 MHz (1 microsecond)

50T-053 50 Ohms DC-2000 MHz 1.1:1 DC-1000 MHz 5 Watts @ 25O C 2000 Watts -40O C to +85O C N female or 7/161.15:1 1000-2000 MHz (1 microsecond)

50T-085 50 Ohms DC-2500 MHz 1.1:1 DC-1000 MHz 5 Watts @ 25O C 2000 Watts -40O C to +85O C SMA male1.15:1 1000-2500 MHz (1 microsecond)

64





75T-001 75 Ohms DC-1000 MHz 1.1:1 1 Watt @ 25O C 1000 Watts -20O C to +100O C BNC male(1 microsecond)

75T-002 75 Ohms DC-1000 MHz 1.1:1 1 Watt @ 25O C 1000 Watts -20O C to +100O C BNC female(1 microsecond)

65





75T-017 75 Ohms DC-2000 MHz 1.06:1 DC-1500 MHz 1 Watt @ 25O C 1000 Watts -55O C to +85O C F male Push-On1.12:1 1500-2000 MHz (1 microsecond) with .024”

diameter centerconductor

75T-018 75 Ohms DC-2000 MHz 1.06:1 DC-1500 MHz 1 Watt @ 25O C 1000 Watts -55O C to +85O C F female1.12:1 1500-2000 MHz (1 microsecond)

75T-019 75 Ohms DC-2000 MHz 1.06:1 DC-1500 MHz 1 Watt @ 25O C 1000 Watts -55O C to +85O C F male Thread-1.12:1 1500-2000 MHz (1 microsecond) On with .024”

diameter centerconductor

66


10 Watt Termination 50T Series



50T-172 50 Ohms DC-2500 MHz 1.2:1 10 Watts average 2000 Watts -40O C to +85O C N male,@ 25O C (1 microsecond) N female or 7/16

67





50T-054 50 Ohms DC-1200 MHz 1.06:1 DC-250 MHz 30 Watts average 3000 Watts -55O C to +85O C N male1.1:1 250-500 MHz @ 25O C (1 microsecond)1.2:1 500-1200 MHz

50T-055 50 Ohms DC-1200 MHz 1.06:1 DC-250 MHz 30 Watts average 3000 Watts -55O C to +85O C N female1.1:1 250-500 MHz @ 25O (1 microsecond)1.2:1 500-1200 MHz

50T-056 50 Ohms DC-1200 MHz 1.06:1 DC-250 MHz 30 Watts average 3000 Watts -55O C to +85O C BNC male1.1:1 250-500 MHz @ 25O C (1 microsecond)1.2:1 500-1200 MHz

50T-058 50 Ohms DC-1200 MHz 1.06:1 DC-250 MHz 30 Watts average 3000 Watts -55O C to +85O C TNC male1.1:1 250-500 MHz @ 25O C (1 microsecond)1.2:1 500-1200 MHz

50T-057 50 Ohms DC-1200 MHz 1.06:1 DC-250 MHz 30 Watts average 3000 Watts -55O C to +85O C BNC female1.1:1 250-500 MHz @ 25O C (1 microsecond)1.2:1 500-1200 MHz

50T-059 50 Ohms DC-1200 MHz 1.06:1 DC-250 MHz 30 Watts average 3000 Watts -55O C to +85O C TNC female1.1:1 250-500 MHz @ 25O C (1 microsecond)1.2:1 500-1200 MHz

50T-116 50 Ohms DC-3500 MHz 1.1:1 DC-500 MHz 30 Watts average 3000 Watts -55O C to +85O C N male or1.2:1 500-2000 MHz @ 25O C (1 microsecond) N female1.3:1 2000-3500 MHz

68


50 Watt Terminations and Mismatches 50T Series


Model Impedance Frequency VSWR Tolerance Input Power Peak Power Operating RF ConnectorsRange Temperature

50T-034-XXX* referenced DC-1000 MHz +/- 5% DC-500 MHz 50 Watts 500 Watts -55O C to +100O C BNC, N, TNCto 50 Ohms +/- 10% 500-1000 MHz average @ or 7/16

values above 2.0:1 are 25O C (male or female)specified +/- 5%DC-500 MHz

* VSWR Available: 1.0:1, 1.1:1, 1.2:1, 1.5:1, 2.5:1, 3.0:1 or 5.0:1

69





50T-032-XXX* referenced DC-1000 MHz +/- 5% DC-1000 MHz 100 Watts 500 Watts -55O C to +100O C BNC, N, TNCto 50 Ohms average @ or 7/16

25O C derate to (male or female)50 Watts @100O C

* VSWR Available: 1.0:1, 1.1:1, 1.2:1, 1.5:1, 2.5:1, 3.0:1, 3.5:1, 5.0:1 or 6.0:1

70




50T-303-XXX* 50 Ohms DC-2500 MHz 1.15:1 maximum 100 Watts 2000 Watts Peak -55º C to +100º C N male,(1.0:1) (1.0:1) average @ 25º C N female, 7/16DC-2000 MHz +/- 5% DC 1100MHz derate to 50 (male or female)(all other values) +/- 10% 1000-2000 MHz Watts @100º C

(all other values)


71

VSWR Available: 1.0:1, 1.1:1, 1.2:1, 1.3:1, 1.4:1, 1.5:1, 1.6:1, 1.7:1, 1.8:1, 1.9:1, 2.0:1





50T-133-XXX* referenced DC-1000 MHz +/- 5% DC-1000 MHz 200 Watts 2500 Watts -55O C to +100O C BNC, N,TNCto 50 Ohms average @ (100 or 7/16

25O C derate to microseconds (male or female)100 Watts @ 8% duty cycle)100O C

* VSWR Available: 1.0:1, 1.1:1, 1.2:1 or 1.5:1

72





50T-069-XXX* referenced DC-1000 MHz +/- 5% DC-1000 MHz 300 Watts 2500 Watts -55O C to +100O C BNC, N or TNCto 50 Ohms average@ or 7/16

25O C derate to (male or female)150 Watts @100O C

* VSWR Available: 1.0:1, 1.1:1, 1.2:1 or 1.5:1

73





50T-166-XXX* referenced DC-800 MHz +/- 10% DC-800 MHz 500 Watts 2000 Watts -55O C to +100O C BNC, N or TNCto 50 Ohms values above 1.5:1 are average @ (male or female)

specified +/- 5% 25O C derate toDC-100 MHz 250 Watts @

100O C

74

* VSWR Available: 1.0:1, 1.1:1, 1.2:1, 1.5:1 or 2.5:1



75



50T-297 50 Ohms DC-2500 MHz DC-1000 MHz 500 Watts average 3000 Watts Peak -25º C - +125º C N, TNC, or 7/161.10:1 maximum at 25º C (1 microsecond)1000-2500 MHz Derated linearly to1.25:1 maximum 50 Watts @ 125º C




76


50T-298 50 Ohms DC-2400 MHz DC-1000 MHz 1000 Watts average 3000 Watts Peak -25º C - +125º C N, TNC, or 7/161.10:1 maximum at 25º C (1 microsecond)1000-2400 MHz Derated linearly to1.25:1 maximum 50 Watts @ 125º C

ON

LYIN

PU

T




77

Model Impedance Frequency VSWR Input Power Peak Power Operating *Cooling Fan RF ConnectorsRange Tolerance Temperature Voltage Supply

Options50T-299-X* 50 Ohms DC-2400 MHz DC-1000 MHz 1500 Watts 3000 Watts Peak 0º C - +125º C 12 Vdc - A N, TNC, or 7/16

1.10:1 maximum average at 25º C (1 microsecond) 24 Vdc - B1000-2400 MHz Derated linearly to 110 VAC - C1.25:1 maximum 50 Watts @ 125º C 220 VAC - D

ON

LYIN

PU

T


Sales Representatives and additional Literature available from JFW

JFW products and services are available on a global basis. SalesRepresentatives provide support across the United States. A combination ofRepresentatives / Distributors provide worldwide sales and support in theInternational markets. Please contact JFW customer service or visit our WEB Sitefor the JFW Representative or Distributor in your area.


JFW European Sales OfficeElectron HouseHammall StreetEpping, Essex

CM 16 4LS U.K.Tel: 01992-578231Fax: 01992-576139

This publication offers 144 pages of RF components including attenuators, RFswitches, power dividers and test accessories. In addition to this comprehensivecomponent catalog, other product brochures addressing a specific industry orapplication are available. Please complete the reply card provided, email the completed literature request form available on our WEB Site or call the JFW customer service department for a prompt response. 317-887-1340

Also available on CD-Rom.

Literature Available:

Quarterly New Product Brochure4 pages highlighting the newest innovations designed at JFW Industries.

Distribution Systems and Programmable AssembliesA short-form catalog describing JFW’s test systems capabilities. Features and specifications

are detailed on Solid-State and ElectroMechanical Matrix Switches. Programmable assemblies,a major part of all cellular / PCS hand-off simulation test systems are also outlined in detail.



JFW Industries, Inc.5134 Commerce Square Drive

Indianapolis, Indiana 46237

1-877-887-4JFW

317-887-1340 / Fax: 317-881-6790

Internet: http://www.jfwindustries.com

Email: [email protected]



mailto:[email protected]

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